Controlling a quantum computer with code
Rigetti software engineer Steven Heidel explains in simple terms all the new and innovative software engineering involved in making quantum computers work.
Latest press, blogs, and company news
Rigetti software engineer Steven Heidel explains in simple terms all the new and innovative software engineering involved in making quantum computers work.
Simon Devitt of Turing Inc. recently interviewed Will Zeng, Rigetti’s head of quantum cloud services, for a “Meet the meQuanics” podcast.
This past weekend we hosted our first-ever quantum computing hackathon, drawing attendees from right here in Berkeley and as far away as Osaka, Tokyo, Basel, Toronto, Melbourne, London, and more.
Forest is the easiest and most powerful way to build quantum applications today.
In today’s edition of Science Advances, our team shared one of the exciting breakthroughs that make our quantum algorithms better.
This blog will focus on topics that are relevant to quantum developers. We’ll share updates from our own quantum engineering lab here, research papers from the community, and notable advances and demonstrations of quantum algorithms.
This project articulates the root of many ideas that will help make hybrid quantum computation a reality for chemistry and material simulation.
Rigetti Computing: Taking on the giants in quantum computing
Rigetti proved that an exotic and potentially game-changing kind of computer can be used to perform a common form of machine learning.
We are excited to share that our team has demonstrated unsupervised machine learning using 19Q, our new 19-qubit general purpose superconducting quantum processor.
2018 is almost upon us and so it is once again time to predict which startups will take the tech industry by storm next year.
We have joined a growing collaboration of academic and industry groups building OpenFermion, an open source Python package for running electronic structure calculations on quantum computers
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